CASE STUDY:
Read on to find out who D.W. Morgan, a global organization responsible for the transportation of critical inventory for multinational companies, partnered up with to radically optimize its already existing mobile logistics application, ChaninLinq.
EBOOK:
The number and complexity of mobile devices on the enterprise network are expanding, gobbling up bandwidth from the WLAN infrastructure. This technical guide will help you prep your network for the higher capacity demands of next-stage BYOD. Learn what challenges you must overcome in the coming months.
WHITE PAPER:
This paper describes the security challenges network administrators face defining and implementing security mechanisms within diverse wired and wireless network environments.
CASE STUDY:
How did the historic Kilkenny Castle go from being a completely un-networked site where only a few staff had Internet access to a completely networked site with 90% coverage around the castle? You'll have to read this to find out.
EGUIDE:
In this expert e-guide, uncover 4 key strategies for defending against illegal TLS/SSL-encrypted Web connection interception. Learn how these cyber-attacks work, the challenges of digital certificates, SSL-interception tools, and more by reading on now.
DATA SHEET:
In order to ensure business continuity and future growth, all organizations need to carefully plan for coexistence between IPv4 and IPv6. A combination of both native IPv4 and IPv6, better known as dual stack, is the recommended coexistence strategy for enterprise networks. Continue reading to learn more.
WHITE PAPER:
Many CIOs face overwhelming user demand to support personal mobile devices on the WLAN. This paper reviews the issues IT organizations face when employees demand to use their personal mobile devices in the office.
WHITE PAPER:
Instead of regurgitating an architecture where costly, centralized controllers are needed, Aerohive followed the original intent of the 802.11 standard designers more closely and brought the technology to maturity. This paper explores how inter-AP protocols can execute the same functions performed by centralized controllers with lower cost.
